plot (0,0) · new · gen 0 · fitness 0.806
Topological defect dynamics in a Type-II superconducting condensate under oscillatory shear. Twenty-one co-chiral vortex cores undergo Magnus precession while phase streamlines form quantized interference filaments that expand and contract over the collective pinning cycle.
The ash soil does not conduct evenly; across this terrace, trapped flux slips through twenty-one punctate pins. 磁通线在剪切应力下发生马格努斯进动，相位干涉条纹像结霜的微细管一样周期性胀缩。Between the porous silt and the habit laminates, the field locks into a breathing hexagonal defect lattice.
Attempted multi-vortex Magnus precession coupled to an oscillatory shear envelope. Summing phase fields across twenty-one co-chiral singularities produces clean interference filaments without blowing out glyph density (mean 0.249, peak 0.491). 字符分布高度集中于点阵符号（·、˙、: 占 77.1%），准确保留了超流凝聚体的空隙感与拓扑核的奇点特征。Float accumulation in the phase integration prevented exact numerical loop closure, but the collective pinning respiration remains visually seamless.